Packaging machine



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A. c. VAN sLuYs PACKAGING MACHINE Filed may ze, 1921 un l WF l l l I1 June 16, 1925.

A. C. VAN SLUYS PACKAGING MACHINE Filed May 28, 1921 8 Sheets-Sheet 2 Iva '0i/aio v.' efllolaial C. lnea Sings hwvw- C/ June 16, 1925. 1,542,781

A. C. VAN SLUYS PACKAGING MACHINE Filed May 28, 1921 8 Sheets-Sheet i El//so Inventor: Vdoph 6'. Vu/alsluys,

June 16, 1925.

A. C. VAN SLUYS PACKAG ING MACH INE Filed May 28, 1921 8 'Sheets-Sheet A1 Fig. (i.

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June 16, 1925. 1,542,181

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V Mln-, 76 62 64 Invenior'.'

zdolph E Van Slings,

June l6 11,125.

A. C. VAN SLUYS PACKAGING MACHINE Filed May 2B 192l 8 Sheets-Sheet G Sheets-Sheet 'l June 16, 1925.

A. c. VAN sLUYS PACKAGING MACHINE Filed May 2B 1921 *WMP www?- w ww VWM. l@ Y 8 Sheets-Sheet a fuiven/iov.' gdolph C. Vuasluys, 7)?

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Filed May 28, 1921 A. C. VAN SLUYS PACKAGING MACHINE u; Il

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Patented June 16, 1925.

UNITED STATES PACKAGING MACHINE.A

Application Med May 28, 1921. Serial No. 473,295.

To all whom it may concern:

Beit known that AI, A DoLrH CHARLES van Stura, a citizen of the United States, 4and a resident of Nashua, in the county of Hillsborough and State of New Hampshire, have invented an Improvement in Packaging Machines, 4of which the following descripti'on,"in connection with the accompanying drawings, is a-sfzpccificatiim` like characters on vthe drawings representingr like parts.

"This invention relates to packaging nuichines, being more particularly concerned with the art of rolling sheets of waxed paper -onlzoa core such as a cardboard tube `and wrapping thes'ame in a sheet ot paper suitably fastened in place as by being crimped vand ttucked into the ends of the tube.. Theinvention aims to provide a lnnchine to perform the rolling and wrapping ,operations which heretofore have been per- ''ormed byhand. 4

My invention will be best understood by reference to the. following taken in connection -witli the accompanying drawirigs'of one specific embodiment there-` of, while its sco e will be more particularly pointed out in t ie appended claims.

In tfhe drawings: Y.

Figi 14 and 1D together constitute a sido elevation of a packaging machine exempliiyingpmy invention;

Fig.- 2 is a, side elevation similar to Fig. 1^, but showing someof thc working parts in another position;

Fig; 3 is a plan partly in section on line 33 of Fig. 2; 4

Fig. 4 is a. plan partly in section on line 4 4 0f Fig. 2, but sliowing some of the part in another positionl;

Fig; 5 is a sectional viewon line 5--5 o Fig. 3;

Fig. 6. is a sectional View on line. (l-( of Fig. 1^; and

Figs. 7 to 10 inclusive illustratil various steps in the operation of crimping and turking the wrapper into the ends of ille lube.

Referring to the'drau'ings and to the cm- `the pile to apoint where description when bodiment of my invention which is-illusl trated therein, I have shown for purposes of exemplilication apackaging machine in which a pile `continuing the desired number of sheets of wnxed'paper is received by u paper feeding mechanism Vwhich conveys it is assembled with a suitable core such as n' cardboard tube by a feeding mechanism which deposits the tubes one by one onto the respective piles of paper. mechanism then seize the sheets und tube and 'rotate the latter thereby winding the sheets thereonto. A sheet of wrapping pa- Grippers of a winding per is then brought into the patti of the package and is wrapped about. the latter by a wrapping mechanism which then crimps the ends of the wrapper and tucks them into the ends of the tube. The packageY when thus wrapped passes from t-hev'rap- 4 ping mechanism to a delivery mechanism which conveys the packages to a convenient point for removal by an operative. lVhilethe present'l embodiment of-my invention requires the intervention of operatives, it should be understood that this is not 'at Vall essential, but is done forV the sake of simplicity. These .mechanisms will be dc scribed in the order in which they operate on n gilfen package. followed by a description of the general operation of the machine as a whole.

I will first describe the waxed papcrfeeding mechanism, reference being lad lirst to Figure l. A pile of sheets of the paper` usually a dozen, is laced upon n set of conveyor belts 12 winch connect pulleys 1l .and 16 (the latter being best shown in Fig.

5) and extend across a plat-en 18. YLateral guides 20 spaced apart u proper distance for the width of the sheets guide thc latter and insure a proper lateral registration. The 'conveyor belts carry the `pile of sheets forward and bring them against a stop 22 (ser the lou'rr lct't hand part of Fig. 5) which brings the sheets to a state of rest and proper front registration.

The feeding mechanism for the cardlmard tube will now be described, reference being had at lirst to Fi 1B. The tubes are placed in a chute 24 rom which they gravitatc onto a set of conveyor belts 26 connecting pulleys 28 and 30' (the latter being best shown in 5) and traveling across a lplat/en 32. ,i lle'conveyor bei. l advance a procession of the tubes with t eir periph- 0 cries in contact with one another to a downwardly inclined chute 34 down which they 4gravitate under the control 'of an escapement mechanismA now to be described..\

The esca ement herein shown comprises a rocker 3 Vhavin two arms Q8 and 40 which are alternate y-brought intmthe path ogthe tubes by a rockin motion. When the,v arm 38 is elevated, t e arm 40 is depred and serves as a stop to holdV back the'entire row of tubes by the foremost tube of the procession. When, however; the rocker is turned clockwise as viewed in Fig. 5 the arm 40 is elevated and Vthe arm 38,;1s

leases the foremost tube and permits the latter to gravitate down the chute, but the arm 38 prevents the next succeeding tube from following. When, therefore, the

rocker is again turned in the reverse direction to its initial position the arm 40 is depressed into thepath of the next tube and intercepts the latter when it is released by the elevation of the arm 38.

The escapement rocker is actuated by a suitable mechanism herein a rocking shaft '42 to which is securedganarm 44 connected by a. pitman 46 to an eccentric strap 48 which encircles and is actuated by an eccentric 5 0, the latter bein" suitably secured as 0 by a ke 52 toa shall?T 140. Rotation of this sha t' therefore imparts a rocking motion to the esca ement rocker and insures the delivery of tlie tube'sfone at a time onto the successive piles of paper brought to the 5 `assembling point by the paper feeding mechanism. In Fi 5 a tube is shown resting upon pile of tie sheets l)reparatory to t ge operation of winding the atter upon the The winding mechanism w-i-ll now be described, r eferenee being had to Figs. 4 and 6. The winding mechanism is in duplicate, there being one for each end of the tubephence it Will be necessary to describe only o ne in detail. Adjacentto each end of the tube andaxially aligned therewith at the point where the latter is deposited onto the pile of sheets is a suitable holder 56. In the .present example the holder comprises a tapered plug 58 terminating in a cylindrical portion 60 whose diameter is. such that it snugly lits the internalsurtace of the tube. The tapered ortion insures easy entrance of the plug without danger of misalignment or lack of proper registration at the comengagement. with depressed. This action re-' ulencclncnt of its advance into the tube. rlhc holder is herein provided with a. shoulder (i2 which brings up against the end of the tube and thus the latter is clamped end Y wise betwt `n the shoulders of the two holders. Thedholdcr is carried by suitable4 means herein a plunger 64 preferably a rotatablespindle mounted to turn iu suitable bearings 66. A suitable plunger retracting compression spring 68 herein hclically coiled about the plunger and bearing against abutments 70 and 72, one secured to the plunger, constantly tends to urge the latter 1n an outward directiom-that is to say out of 'engagement with the tube. A suitiible latch, herein a lever 74 is adapted to enter a circumferential groove 76 in the plun fer and to retainthe latter in its inwa position in opposition to the force exerted )y the spring 68.

Inward movement of the plunger is herein eliectcd by the use of a lever 78 fulcrumed at 8O and operated by a caniroll 82 cooperating with a cam 84 lsecured to a cam shaft 86. A suitable sprin 88 maintains thccam roll in contact witi the cam and restores the cam lever to its initial position after each inward movement of the plunger.

One convenient way of Winding the paper on the tube is to rotate the latter While advancing it along and in Contact with a Suitable surface. To this end, each plunger is carried by a suitable carriage 90 of which the plunger bearings 66 in the present ihstance form a part (see Fig. 4). This car- 100 riage is guided by suitable guides 92, herein vertically arranged, that is to say perpendicularly to the path of feeding moyenient of the pile of sheets before the latter is assembled with the tube. The carriage 106 is reciprocated on the uideslby suitable mechanism presently to e described.

Since the sheets are to be wound upon a tube, there should be means provided to secure the forward edges of the sheets to the 110 tube preparatory to and during the rotation of the tube, while the sheets are being wrapped about the latter. To this end, I have herein provided a gripper 94 associated with each holder 56, said gripper in 116 the present example being in the form of a lever fulcrumed at 96 on a collar98 fixedly.' secured to the plunger 64. This gripper is actuated by suitable means herein a link 100 pivoted at.102 to the gripper 94 and at 104 *1,20 to a collar 106 mounted to slide'axially on the plunger -and normally held in a re` tracted position by a light spring 108,`here'` in helically coiled about the plunger andl resting at its opposite ends against the col` 125 lars 98 and 106, respectively.

The relationship between the described -pivotal connections is such that when the sliding collar 106 is thrust forward in. opposition to the slight resistance presented "0 by the spring 108` the pivot 10ft crosses a. dead renter, so to speak, by passing the pivot 10;)1 .thus preventing backward Inovement of the sliding r-olla r and heure ioeking the gripper $14 after the latter has been brought into grippingy engagement with the eheets. Since the evlindrieal portion 6() of the holder .'Tti snugly tits4 the interior of the tube, the hitter cannot eollapse and hence the Sheets are iirnily griiped against the outer circumferential suriare ot the tube. lt Should be here understood that the Spring 108 is so weak that it is insullieient at this time to move the` eollar 10G in an outward direction. 'hen. hmvever. the proper moment arriveel for the release ot the grippers, this is effected by suitable means herein. a. stationary eam Vlill against whieh the inner end ot' the slidilnr Collar 106 is brought tol ward the close o1' tbe upward travel of the rarriage 90. By thi?4 means the pivot 104V 'eonneeting the sliding" Collar 106 and link 100 iS moved in the other direction past the dead center presented b v the pivot 102, and the eollar brings up against a 'suitable fixed stop 112. herein a eollar seeured to the plunger. The slidingy collar is held in this position by the spring 108 and the gripper is held in its outward or retravted position until such time as the collar isagvin thrust forward b v suitable mechanism sueh as that now to be described.

Referringr to Fig. 4, the collar 106 advanced alone: the plunger G4 b v a cam lever 114 fulernued at 116 and having: a cam roll 118 cooperatin;y with a earn 120 secured to the Cain shaft SG hereinbefore referred to. The cani is suitably shaped to canse the ad vanee of the sliding' eollar and a` consequent gripping movenu-nt of the gripper 94 at the proper time in the operation ot' the maehine.--that to sav at the moment after the tube has been deposited on the pile of sheets, as represented at the lower le'l't hand part ot' Figure lt should be understood, of eourse, that subsequently when the carriage eomrnenees its u )ward travel the collar 106 will move out o engagement with the eain lever 114 but that the collar will now be held in its advaneed position by the togglelike eteet of the link 100. lt should also be understood that. during: the upward vtravel ot the carriage the plunger will move out of registration with ita artuating lever T8. but that the plunger will be held in its advanced position by the engagement of the latch T4 with the groove T6. iVhen, however. the Carriage reaches the proper point in its upward travel and after the release ot the gripper from the paper the holder 56 should be withdrawn from the tube, This is areomplished lrv the engagement ot' the lati-h T4 with a fixed @lop 122 against whieh the lateh is brought toward the "lose of the upward movement otI the carriage.

Vertical movement of eaeh carriage is herein aeeompiisbed b v the use ot a pinion 124 meahinpr with a rat-li 126. The pinion 124 is nuitabljl nplined on the plunger ol and thu'n rotates the latter while till allow ing: it to slide lengthwise, the pinion in the meantime beingr held. against axial movi ment of the bearing-a liti between whit-h il is rereivml.y as beet shown in Fig. -l-. Assuming,r the raek to be held fixed and the rar riage advanced lengthwise of the ravit. naturall)7 the pinion would rotate an a consequenee of its advanoe along the rat-k and the plunger with its carrier and gripper would-rotate and Cause the windinl;r of the paper on the lube during the upward travel of the carriage. This is the artion whieh takes plaee duringr a part, ot the upward travel of the earriagfe. but the artion is modified h v stopping: the rotation olI the pinion at a eert-ain point through the intervention of mechanism which cannes'` the rack temporarilj,Y to advanee with the earriage and at the saule speed. This` naturally stops the rotation of the pinion.

lteeiproration of the earriafge in herein ad romplished b v the uw ol a lever 12H tulerunied a1 13H and provided with a forked end 13:2 in whieh in received a hlm-li 131 pivotallv mounted on the plunge: iS-l (eee Fig. i). ilvpward and downwaro ewingging movement of the lever is herein ellieried b v a link 136 pivoted at one end to the lever and at its other end to a crank 13S. the latter being Secured to and driven by a shaft 140. Rotation ot' the latter is therefore aeeornpanied by vertical reeiproeation o1 the carriage 90.

In order that the rack may he held sta-- tionary at timeev and at other times allowed to travel vertieallv as previously explained. the raeit is mounted to slide vertically in upper and lower guides 142 and 144 and there is provided a lsuitable ,apringpreesed detent, herein a roller 146 Carried b \y a lever 148 and arranged in rolling eontart with one`edge of the rari: bar. 'lhe latter is provided with a depression 150 whit-l1 the roller enters under the influence of a suitable spring 15:2. iter the sheets have been wrapped about the tube. it is desirable that the rotation oi1 [he latter hall vease during the applieation ol' a dieet ol wrapping paper an hereinafter explained. lrevioui;v to this.` the rack bar is held against vertical movement by the engagement of the springpressed roller 14o with the depression 150, the degree of resistance being Suttieient to enforce rotation ot' the pinion 124. W'hen, however, it is desired that the rotation of the pinion shall cease, the raek is advanced and the detent is thrown out by the mechanism wliieh l will now dearribe,

link lof-l pivoted at 151': to the raeh har is provided with a `alot 15H which reA oeives a pin 160 carried by the carriage reciprocating lever 12H. The length and location ot the slot with relation to the pin is such that during the first part of the upward travel of thi` carriage the pin travels idly in the slot and hence causes no movement of the rari; bar. During this period, the tube is rotated to wrap the sheets of paper thereon. by rolling the park age on a suitable platen herein a springpressed follower 1132. pivoted at itil and urged against the package by a sp1-lng ltt` its movement being limited by a suitable fixed stop 1Gb. (see Fig. 5). vWhen` however, the pin brings up against the upper end of the slot` the rarli bar is caused to rise at a speed equal to that ot the carriage. lt follows that there is no relative move ment of the rack and pinion,--hence the latter does not rotate and the holder .Viti and gripper ill are held against` rotatiolriluring the application of a wrapper. as will now be explained.

The wrapping mechanism willrnow be :lr-f scribed, reference being had to Fig. 5. Arranged transwrsely of the path of the parhr4 ageiis a platen 170. provided with lateral guides 172. A sheet of wrapping paper of the proper size is laid upon this platen between the guides and is advanced across an opening 174 provided in the platen until it brings up against a stop 11:6. Preferablyv the stop is so situated that the rear edge of Athe wrapping paper is somewhat farther from the renter of the tube than the forward edge. Above the opening l'f-l is a pair of v `rtical guides .1721, whose lower edges are spaced from the upper snrt'ace ot the platen a sutlieient distance to allow the wrapping paper to be introduced beneath the guides. The latter are simeed apart a distance slightly greater than the combined diameter of the tube and the sheets wound thereon. When, therefore, during the npward travel of the carriage, the package brings up against, the sheet of wrapping paper, the latter is removed from the platen and is wrapped part way around the parliage by being passed between the guides. 1111s leaves the wrapper with two depending marginal portions which must be brought together and lapped one over the other.

The first ste in this vr ii fr r i -tion p i app ig )pera is performed by one or more grippers 18o, pivoted at 182 on` a` horizontally reciprocating carriage 18a carrying a pair of 186 and 1R@ between which the package is received. A suitable spring 1.9() connected to the griliper iti() constantly tends to carry the latter into gripping engagement with the package. Assuming the ripper to have been opened against the action of the springr by Suitable mechanism presently to be den scribed, the package is inserted between the,

jaws 13G and 18H after which the gripper Intl closes on one flap of the wrapper and wraps the latter about the package, as shown in Fig. 5. The other iap is lapped over the iii-st during and as a consequence ot the travel of the carriage from the position shown in full lines in Fig. 5 to the position shown in dotted lines therein in a manner now to be described.

The carriage is mounted on suitable guides herein a pair of rods 192 on which it is reeiproeated by appropriate mechanism, herein a link 194 pivotally connected at one end to the carriage and at its other end to a iever 195 secured to a rock shaft 196 to which is also secured a segmental gear 19S meshing with another segmental gear 200. The latter is mounted to rock on a stud 202 and is provided with an arln 204 carrying a pin 206 received in a slot 208 provided in a linl El() pivoted at 2.12 to the lever 128 here- 'nbefore described. Rocking movement of the latter is therefore accompanied by reciprocating movement of the carriage on its: guides. but owing to the provision of the slot :20S the carriage has a period of rest at cae i cnil ot' its travel.

The grippers 1H() having closed upon one flap of the wrapper, as represented in fail lines at the left-hand side of Fig, 5 should retain their grip thereon until after the completion of the wrapping operation and subsequently the grippers should open to release the completed package and should ber in readiness for the reception of a second package upon the return of the carriage toward the position shown in full lines in Fig. To this end, I have herein provided suitable means consequent upon movement of the carriage toward the left in Fig. 5 to cause the grippers to open, but on the other hand, to remain closed upon the package during the subsequent travel of the carriage toward the. right. In the present example, each gripper carries a rocking lever 214, pivoted at 216 thereon, and having an arm 21S which is normally held in an upstanding position by a spring 222. Movement of the lever under the influence of the spring is limited by a suitable stop, herein a shoulder 225i presented by the upper end of the gripper 180. On the other hand, the roeking lever is free to be rocked in the opposite direction in opposition to the spring by a plate 22S disposed in the path of the upper end ot' the lever, as shown in Fig. 5. The

length of the plate with respect to the travel ot the carriage is such that when the latter moves toward the right the lever is rocked idly in one direction in opposition to the spring as the lever passes beneath the plate, but on the other hand when the carriage travels toward the left from the positon rep resented in dotted lines in Fig. 5, the` upper end of the rocking lever, after traveling a 4 shown hanging .straight short distance, brings up against the right hand eiid of the plate and since tlielever cannot rotate clockwise, owing to the prov!- V sion of the stop 224, the lev'er and the gripper by which it is carried will be rocked as a unit about the fiileruni vot" the gripper. The gripper thus being opened, remains open iiiitil the rocking lever 2lH clears the lett-hand end of the plate 22H,`whereupon the gripper thus being released and allowed to swing under the 19t] closes upon the package and wraps one llap of the wrapper about the package as shown in full lines at the left-hand side of Fig.

ln order to enforce the period of rest provided for by the slot 208, I Vpreferably provide, suitable detent means herein comprisiiier a disk 230 secured to the rock shaft ltit and provided with two depressions 232 and 21H. either of which is adapted to receive a.

roller 22H3 carried by a lever 2258 provided wiili a spring 24.() which urges the roller into contat-t with the peri iheryA ot` the disk. When the roller is heh by the pressure of thil spring iii eitherdepression, sollicitent resistance is presented to prevent; the\Shaft roi-king until the pin 206 brings; up against one end or the other of the slot .tin as the ease may be. whereupon the roller rides out of the depression and` the rock shaft turns. thereby imparting the desired luoveiiii'nt to the carriage. i

During the travel ol' the carriage from the position represented i'n full lines in Fig. 5 toward the position shown in dotted lilies therein, the second Hap of the wrapper i downward at the should be. lapped over upon the first and held there until the ends of the. wrap ier have ,been ends of t ie tube. (lue accomplishing this is by 4 platen 242 arranged in the. path of the depending flap and haring a wiping action which wraps the saine over and laps itupon' the other edge of the wrapper. Preferably this platen is suitably mounted lo yield radially with respect to the tube and herein is mounted upon a pivot 241 about which it is rocked and urged in an' upward direction by a spring 2 46. suitable stop 24H' limits the upward iiiovement under the influence of the spring. If desired, the forward or free edge of the platen may be bevelled or curved in a downward direction as at 250 to make sure that the iackiige will ride up n the platen and (le-press the latter against the tension of the' spring.

Both margins ofthe wrapper-now having been wra` ped about the package and lapped Oii'e on tllie other and'be-in f firmly held in this position, the next ste is to crimp the endsof the wrapper andJ tuck them into the ends of the tube. I will now describe left of Fig.

convenient way of inlliicnce of its springl cooperating with crimped into the` simply providing a the crimping and tiieking mechanism, reference being had to Fig. 3. The crimping vand tueking is performed by a plurality of `lingers of any suitable number, herein four, fiilerunied on pivots 254 on a collar 2.36 likt-,illy secured to latter being mounted to slide horizontally in a guide 260. The lplunger is reciproeated by aV suitable mechanism, herein a lever 262 fiilcrumed at 264 and connected by a link 266 to. a lever 268, the latter being fulcriiined 4at 2T() and carrying a. cani roll 27,2 a cani 274 secured to a cani shaft 276.. A! suitable spring 278, herein encircling the/link 266, bears at one end againsta fixed abutment 280 and at its other end against an abutment 282 carried by the link, said spring servin, r to maintain engagement; of the. eanrroll `with the cam and to restore the plunger to its initial outward position after having been thrust iuwaidly bv the action of the cani.

lnwari movenient'of the plunger is utilized for two purposes, first to enlise the tin' gers to close upon and crimp the wrapper inwardly. and second, to thrust the crimped wrapper into the ends of the tube. l vement way of producing',r the closing and opening movement of the lingers ,is by utilizing the reciprocating movements of the plunger 25H. To this end, I have herein provided a collar 284 mounted to slide engthii'ise ot the plunger 258 and connected to the lingers 252 by links 286, the arrangeiutiit heilig such that slitting movement of the collar is areoiilpunied by Opening 0r closing niort-nient of the lingers aceordinr to the direction in which the collar is moved. A suitable spring-28H, herein lielically coiled about the plungeig'is interlxisedbetwee-n the' ixed collar 256 and the slidingv colla-r 284 alid constantly 4tends to a4 rearward or outward direct-ion; In other words. the fingers are opened by the action of the spring.

.The tingersare closed i'n opposition. vto the spring by a lever 290, one. end of which is forked and provided with ins 292 received in a groove 294A prt'ividedl in the sliding collar 284, While the other end carries it cani roll 296 cooperating -with a. fixed cam 298. The lever 29`is fulcrumed at 300 on a collar 302- securedto the plunger 258. It follows that reciprocating inovementof the latter is accompanied by opening or closing movement of the tinfvers according to the Adireetionrin \\l1icli-.tlie plunger is moved. 'l`l`ie shape ofthe cani is such that the plunger at first travels inward without closing movement of the fingers. The latter, therefore, ad 'ance until they are inwardly beyond' the end of the wrapper and adjacent the end of the tube. At this point, a Step in theveaui causes the sliding collar 284 to lie advanced faster than the plunger 258,

a plunger 258, theV One coninove thel latter yin thereby causing the fingers to be closed upon the wrapper andto,4 crimp the seme. The fingeis continue to close until they are closed sufficiently to enter-the tube,v whereupon the closing movement ceases and continued forward movement of the simply pushes the Crim edge o@ the peperlinto the interior of At e tube. This vhaving been done, the tin rs -recede andere restored to their initia, position b v a reversal of the foregoing movement. i f i The wrapping operation is now completed and nothing remains to, dene but to die` charge the finished` `l I Hfst StP is to move thel piu; Vege the position just described (iii alignment with the plungers 258) to a point above an entrence'i of e chute 306. Thiais accomplished dur.

ing the t'revel of the horizontal 1g'serriege'to ward its animi posities, (wwwa in@ im Fig. 5). It will beremembeed thptdiiring this movement ofthe'carriagetle grippers 180 are releasedf from-the -1 age by the action of the fixed on the rockers 218 carried bythefgrippers. This occurs lwhen the l jirlsj immediately above the entrance 304 o flhefchiite 306. .vilt

follows that the peckl is" 't into the chute and gravita down e latter onto a set of feed belts308 which qonnect pulleys 310 endl 312 1") end travel across a. platen 31 Fig. 5 Y. The chute is preferably'provide `vbitll'fsri e walls or guides 316 which are pfolo'i'i-' along the sides of the platen' Bl'tend tius guide the ends of the peck'kf tofafconvenieiit point of delivery. In e present example, the packages bring up agnst swell-318, at. which point they ma hund of im operative. might be omitted and the.packages allowed to fall into a. suitable receptacle.

The machine is provided with a Suitable frame, herein comprisingitu-pair Vo'f side frames 320 affording beeringsjor the several shafts and oonnectedjto eechother by several cross ties which will now de scribed, reference being had= -first to Fig,v 5. Two cross members 322' and 324 (sce Fig. 1) connect the side vframesA and present supports for Vthe platen which it will be remembered supports the lfel-x1 belts 12 of the nicchalnisiii which fetdstlie piles of mixed paper to thepoint ofiissemhly with thc tubes. A cross meiiibcr-326 (see Fig. 5) '.ilso connects the side moii'ibers nml presents :i convenient support for the stop 22 and the pivot |64 of th(` upright followi-r 113;. 'lhc side frames 320 are further vonliwicil by cross lllelubers 328 und 33H which :iii'imi supports for the` chute` 24, phiiin Sli :mil thc chute 34. ,Cross iin-nibcrs Iilri nml :52H connect thcsiih nicmhui's :imi support the pinten |70 with its guides 1T;j und stop ITU, as well :mi thi: up

removed bythe f desired, this well,

right guides 178 and' the cross member 334 further supports the chuteBO. The side' members are further connected by cross members 336 9.1111338 which su rt the guide rods 192 of the horizont recip- 10 roasting carria. The cross member 338 also supports e cam levers 268 of the crm ing mechanism,` as best shown in Fig. 3. l `pair of cross members 340 also oon-A nectinl the side members support the plate 7n 228, w Vich it will be remembered serves to open the grippers carried by the horizontally reci rocating carriage. The cam le vel-SJ 8 w ich form a part of the winding mechanism and which are best shown in side 8` elevation at the lower part of Fig.. 1* are supported by brackets 342. The cams 298 which forme. li't-of the crimpin and tucking mechanlsm are supported b reckets 344 secured to the side frames (ysee Fig. i 1^). The levers 262` which also constitute parts .of the crimping and tucking mechanism are supported ,by brackets 346 secured to t e side frames.

, '1 e machine is provided with a main 0b' drivin pulley 348 secured to -a shaft 350 joiirne` ledV iu; suitabie bearings in one of the` side frnines 320 having also :tffiiied to it agear 352 meshing with ngeer 354, the lutter being secured to the shiift 95' 140 which it will be remembered carries the cranks which impart a. vertical reciproca tory motion to the vertical The shaft. 1.40 drives. the cam shaft 86 through a chain 356 anid two sprocket wheels' 1L, and360 secured to the respective shafts. The cam shaft 86 `furnishes wer to the feed belts 12 and to this end t e pulleys l' are secured to said shaft. The ulleys 14 which are driven by the feed be ts vere *01.4 cured to a'shaft 362 which is mounted in 4suitable bearings in the side frames and hns se-l c'ure'd to itiisprocket wheel 3611 which is connected 'by a-chain 366 with u rocket wheel 368v (See Fig. 1), the latter being secured to` 11' ashaft 37() journaled in beiuin in the side frmues. 'Ihe-sluift 370 furnis ies power to the feed belts 26 which it will be remem-l bered feed the empty tubes, and to this end the piilleys'28 are secured to said shitft, 1.15 whileth'c pulleys 30 are secured tu ii. shaft' 372 (see Fig. 5) journeled in bearings'on the cross member 328. l

'Also seciire'flto the shaft 32A) (sco Fig. 1) is ii geur 374 meshing with n geur 376, 120 Ehe hitter being securiul to n. sluift 378 jour milcii in the bearings iii the side fra-mes und to this shaft :ire .secured the pulleys 312,- 'which drive the fred belts 308 which it will the complete packages 125 ti thc point of lis-i' large. The pulleys 310 :irisw'iii'iii to :i shnft 3h0 (scc Fig. 5) which is juurlnihwi in bearings in thv` siiie fri: mus.

'l`iugenuini operation `lionlil he lfiiiirly 5 waxed paper on the feed belts 12 and empty` tubes b on the belts 26. VThe piles of paper and the tubes are fed to the assembling point (shown at the lower left-hand part of Fig.

, where the tube is deposited on the pile of ,alignment with the crimping and sheets. The tube and sheets are then grasped by the cooperative action of the carriers 56 and grippers 94, whereiiponthe tube commences to rotate and wind the sheets thereon. An operative feeds wrappers c one at a time at the proper instant into the path of the tube with the sheets wound thereon, and oontinued upward movement'of the latter results in the wrapper being wra ped part way about the sheets as shown at t e upper lefthand part of Fig, 5. The partially wra ipod package is then carried in a horizontal irection toward the right as viewed in `Fig. 5 into tucking mechanism. Toward the close of this movement the edges of the wrapper are lap ed one over the other and the wrapper is tiien in lreadiness to have its c nds crimped and tucked, which operation now takes place under the action of the crimping and tucking inechanism, and finally the completed package is deposited into the outlet chute and is carried away by the discharge feed thereto, what I axis of the belts to the point of delivery.

5 Having thus described one embodiment of my invention but without limitingY myself claim and desire by Letters Patent to secure is:

, Claims:

`1. In a machine for making a package by assembling one or more sheets with a core, the combination of means to hold one or more sheets assembled with the core, and means to rotate said holding means about the axis of the coi-e to wind the sheet or sheets onto the core.

2. In-a machine for making a package by assembling one or more sheets with a core, the combination of means for grasping the sheet or sheets and core, and means about the coi-e to rotate said grasping means to canse the sheet or sheets to be wound tinto the core.

3. In a machine for winding one or more sheets onto a core, the combination of a platen, and sheet and core holding means,

the wrapper. sheets witii wrapper projecting be ond the ends'of the sheet and the core, an means for crimping the projecting ends of the wrap er.

5. In a packaging machine, tie combination of means for holding a core by its ends, means for applying a wrapper to the core with the ends of the wrapper projecting beyond the ends of the core, means for liol.d. ing the core and wrapper intermediate the ends, and means for collapsing the projecting ends of the wrapper.

6. In a packaging machine, the combina tion of means for applying a wrapper to a hollow core with the ends of the wrapper projecting beyond the ends of the core, and means for tucking the projecting ends of the wrapper into the ends of the hollow core.'

In a packaging machine, the combination of means for holding a hollow core by engagement with the interior thereof, means for applying a wrapper to the core with' the ends of the wrapper projecting beyond the ends of the core, means for holding the core and wrapper by engagement with the exterior thereof intermediate the ends, an means for collapsing the projecting ends of l18. In a ackaging machine for combining cores to produce a 'successionA of packages, the combination of means to feed a succession of cores, means to windonc or more sheets about each of a succession of cores, and means to apply a retaining elcnient to said sheet or sheets to pr'event the saine from iinwinding.

to produce a siiccessionof packages, the combination of means tn wjnd one or more sheets about each of a succession of cores,.mei`ins to place a retaining element about said sheet 0i" sheets and the enclosed c'ore, and means to secure said retaining element in place about said sheet or sheets. r

.-10. In a packaging machine for combinin sheets with cores to produce, a succession 0% packages, the combinationof means for assembling each of a succession of cores with one or more sheets, and means for applying a wrapper to and about each core and the sheet or sheets assembled therewith.

ll. In a packaging packages, the combination of means for as sembling one or more sheets, with a core, means for applying a wrapper to and about said core and the sheet or sheets assembled therewith, and means to secure said wrapper' in place about said sheet or sheets and said core.

12. In a packaging machine, the combination of means for assembling one or more sheets with a core, means for ap )lyingI a wrapper thereto with the ends of t ie wrapp'er projecting beyond the ends of the core,

lau In a packaging machine for combining sheets with cores machine for combining sheets with cores to produce a succession of and means for collapsing the projecting ends of the wrapper.

13. In a packagin machine, the combination of means for ho ding a core by its ends, means for assembling one or more sheets with said core while the latte-r is so held, means for a plying a Wrapper to said sheets and core w ile the latter is so held, means for holding said core, sheets and Wrapper intermediate the ends thereof, and means for collapsing the projecting ends of the Wrapper.

14. In a packaging machine for combining sheets with cores to produce a succession of packages, the combination of means for feeding sheets and cores to a place of assembly, means for winding the sheets about the cores and assemblinlr them with Wrappers, and means for applying the wrappers.

15. In a packaging machine for combining sheets with cores to produce a succession of aekages, the combination of means for fee ing sheets to a place of assembly, means for feedin cores toward the place of assembly am? causing them to be deposited on the sheets, means for causing the winding of the sheets about the cores, and means for applying Wrappers to the cores and the sheets thereon.

16. In a packaging machine for combining sheets with cores to produce a succession of packages, the combination of means for feeding sheets and cores to a place of assembly, means for Winding the sheets about the cores, and assembling them with wrap# pers', means for applyin the wrappers, and means for conveying tie completed packages to a point of disehar re. e

17. In a packagin machine, the comblna-l tion of means for ho ding a core by its ends, means cooperating with said core to grasp one or more sheets of paper, and means cooperating with said core to cause said sheet or sheets to be wound about said core.

18. In a packaging machine, the combination of means for holding a hollow core by entrance thereinm, means cooperating therewith to grasp one or more sheets of paper, and means cooperating with said core to cause said sheet or sheets to be wound about .said core. Y

19. l'n a machine for Winding a sheet about a hollow core the combination of means to grasp said sheet and said core by engagement with the interior of said core, und means cooperating with said core to cause said sheet or sheets to be wound about said core.

2U. 1n a machine for winding a sheet about a hollow core, the combination ol' two plugs adapted to enter the ends ol said core, meansy lo grasp said sheet, and means i-ooperating with said core to cause said sheet to be wound about said core.

2l. lu a machine vt'or winding a sheet about a hollow core, the combination ol means to support the core, grippers to grip the sheet against the core, and means cooperating. with said core to cause said sheet. to be wound about said core.

Ina machine for winding a sheet `about a' hollow core` the combination ol means tosupport the coi-c,` grippcrs to grip the Sheet against the core, und means to wrap the sheets about ille core by rotating the core and said grippers. p

23. In a machine for winding a sheet about a hollow core, the combination of coresupporting means, sheet-grasping means, and means to utilnzc movement ot' said coresupporting means into und out of said core, to operate said sheet-grasping means.

24. ln a machine lor winding a sheet about a. hollow core` the combination of axially movable` rotatable, core-supporting means, radially movable, sheet-grasping means carried by said core-supporting means. und means to cause axial movementof sziid core-supporting means to accompany' radial increment of said sheet-grasping means.

In a machine ji'or winding a sheetA about :1 hollow core, the combination of tapeied, axially movable, core-supporting means, means to cause said core-supporting means to enter the core, sl-1eetgrasping means, und means to rotate said sl1cet-grasp mg means to cause the sheet to be wrapped about the core.

2G. In a machine for Winding a sheet about a hollow core, the 'combination 0fv core-supporting means comprising two plugs adapted to enter opposite ends of the core, sheet-grasping means carried by said'sheetsupporting means, and core-rotating means.

2T. ln a machine Ifor winding a sheet about a hollow core, the combination of core supporting means comprising two plungcrs adapted to cuter opposite ends of the core, means to move said plungers into and out of the core, sheet-grasping means, arid .means to rotate said sheet-grasping means about an axis within said core.

28. ln a machine 'for winding a sheet about a` core` the combination of eore-sup porting means. sheet-grasping means, wip ingl means, and means to cause relative rotation of said sheet-grasping means and said wiping means about an axis within Said core, to wrap said sheet about said core.

2U. In a machine for winding a sheet aboutl a core, the con'lbination of core-supporting means, sheet-grasping means, an arcshaped member adapted to confine the sheet about the core, und means to rotate said sheet-grasping means about un axis within said core to cause the sheet to be. wrapped :Ilirilll' tilt? i'UlG.

Ziff, ln a machine l'or winding a sheet :alum u. mrcA the combination of core sup 'porting means, Ysheet-grasping means, an porting means, sheet-grasping means, a arc-sha ed member adapted to confine the platen and means to cause a relative movesheet about the core, and means to cause ment. betvweenvthe core and said platen to 10 relative movement of said core and said wrap the sheet about the core. member to wrap said sheet about said core, In testimony whereof, I have signed my 31. In a machine for winding a sheet name to this specification. about a core, the combination of core-sup- A DOLPH CHARLES VAN SLUYS.

'ortin means, sheet-grasping means, an src-shagped member adapted to confine the sheet about the core, and means to cause relative movement of said core and said member to Wrap said sheet about said core.

31. In a machine for winding :L sheet about a core, the combination of core-supporting means, sheet-grasping means, a platen. and means to cause a relative movement between the core and said platen to lo wrap the sheet about the core.

ln testimony whereof, I have signed my name to this specification.

ADOLPH CHARLES VAN SLUYS.

Certicate of Correction.

It is hereby certified that in Letters Patent No. 1.542.781.' grunted June 16` 192.3. upon the application of AdolEh Charles van Siuys. of Nashua. New Hnmlbhire` for an .improvement in Par` U aging Machines." specification requiring correction as follows:

nn error appears in the printed Page i, lmes 49 nml 50. claim 2. Strik-e out the Words about the axis of the bore and naert the saine to follow after the word means. line 50; and that the eairl Lettere. Patent` should be rend with this corref'tlon therein thnt the same may vonfm'm to the rnvorll of the ease in the Patent (Mice.

Signed and sealed this 14th day of July. A. D. 1925.

[SEAL] Certificate of Correction.

It is hereby cnrtified thatiu Letters Pato-nt No, IJ-LTBI.' grnntvd June 16. 1125. lipon the application of Adol h Charles van Sluys. of Nnslnm. Nmv Hnmwhir for an .mproi'emrnt in Pac aging Macllim's." nn error appl-nrs in the printml specification requiring correction as follows: Page linos 49 uml 50. claim 2. strikel out the words about the axiS nf th(l core and insert the l.-ime to follow aftm' the word moans lino 50; and that 'tlm said Letters Patnnt would bo road willi this correction therein tlmt the same may vonform tu til? rmonl of the Page in tlm Patent Oice.

Signed and sealed this 14th day of July. D4 1925.

[SEAL] WM. A. KINNA,

.1-fing ommiwonm' of fafwrfx. 

